F5 Cloud Status MCP Server

import type { Component, Incident } from '../../../src/types/domain.js'; import { MockAPIClient } from './mock-api-client.js'; /** * Mock DataAccessLayer for testing */ export class MockDataAccessLayer { private apiClient: MockAPIClient; private callCounts = new Map<string, number>(); constructor() { this.apiClient = new MockAPIClient(); } // Test control methods setApiClient(client: MockAPIClient): void { this.apiClient = client; } getCallCount(method: string): number { return this.callCounts.get(method) || 0; } resetCallCounts(): void { this.callCounts.clear(); } private trackCall(method: string): void { this.callCounts.set(method, (this.callCounts.get(method) || 0) + 1); } async getStatus() { this.trackCall('getStatus'); return await this.apiClient.fetchStatus(); } async getSummary() { this.trackCall('getSummary'); return await this.apiClient.fetchSummary(); } async getComponents(): Promise<Component[]> { this.trackCall('getComponents'); const summary = await this.apiClient.fetchSummary(); return summary.components.map(comp => ({ id: comp.id, name: comp.name, status: this.mapComponentStatusToIndicator(comp.status), description: comp.description || undefined, group: comp.group_id || undefined, position: comp.position, onlyShowIfDegraded: comp.only_show_if_degraded })); } async getIncidents(): Promise<Incident[]> { this.trackCall('getIncidents'); const response = await this.apiClient.fetchIncidents(); return response.incidents.map(inc => ({ id: inc.id, name: inc.name, status: inc.status, impact: inc.impact, createdAt: new Date(inc.created_at), updatedAt: new Date(inc.updated_at), resolvedAt: inc.resolved_at ? new Date(inc.resolved_at) : undefined, shortlink: inc.shortlink, updates: inc.incident_updates.map(upd => ({ id: upd.id, status: upd.status, body: upd.body, createdAt: new Date(upd.created_at), displayAt: new Date(upd.display_at), affectedComponents: upd.affected_components?.map(c => c.code) || [] })), affectedComponents: inc.components.map(c => c.id) })); } async getUnresolvedIncidents() { this.trackCall('getUnresolvedIncidents'); const all = await this.apiClient.fetchIncidents(); return { ...all, incidents: all.incidents.filter(i => i.status !== 'resolved' && i.status !== 'postmortem') }; } async getScheduledMaintenances() { this.trackCall('getScheduledMaintenances'); return await this.apiClient.fetchMaintenance(); } async getActiveMaintenances() { this.trackCall('getActiveMaintenances'); const all = await this.apiClient.fetchMaintenance(); return { ...all, scheduled_maintenances: all.scheduled_maintenances.filter(m => m.status === 'in_progress') }; } async getUpcomingMaintenances() { this.trackCall('getUpcomingMaintenances'); const all = await this.apiClient.fetchMaintenance(); return { ...all, scheduled_maintenances: all.scheduled_maintenances.filter(m => m.status === 'scheduled') }; } // Helper methods private mapComponentStatusToIndicator(status: string): 'none' | 'minor' | 'major' | 'critical' { switch (status) { case 'operational': return 'none'; case 'degraded_performance': return 'minor'; case 'partial_outage': return 'major'; case 'major_outage': return 'critical'; default: return 'none'; } } }